Introducing M-Code Technology: Next-Level Security Authentication
M Code Technology is a printing typically refers to the practice of embedding hidden or covert information within printed materials, such as documents, labels, packaging, or even images. This technology is often used for security, authentication, and anti-counterfeiting purposes. Here’s an overview of how hidden code printing works:
1. Specialized Ink: M-code is a patented algorithm that generates random texture patterns that can contain massive amounts of information within a square millimeter-level printing area with a minimum image unit of micron level.
2. Security Features: The M-Code can be sprayed on the dark area of the packaging pattern and completely hidden, which cannot be recognized by the naked eye. It needs to be detected using a matching recognizer. At the same time, the M-Code can be designed to match the product in any shape, such as the same shape as the logo.
3. Detection Methods: To reveal the hidden code, you typically need a specific device that can illuminate the printed material with the right wavelength to make the hidden information visible.
4. Anti-Counterfeiting: Hidden code printing is an effective way to deter counterfeiters because they may not be aware of the presence of hidden codes, and replicating them without the proper technology is extremely difficult.
5. Customization: Hidden codes can be customized for each item, making it challenging for counterfeiters to produce copies that match the genuine product.
6. Applications: The uniqueness of M-Code data and its combination with various technologies such as QR code enable unique ID card management in various stages of product production, warehousing, warehousing, circulation, and consumption.
The technology used for hidden code printing can vary depending on the specific requirements of the application. It may involve specialized inks, printing processes, and detection equipment.
It’s worth noting that advancements in technology have led to more sophisticated hidden code printing methods, making it increasingly difficult for counterfeiters to replicate or bypass these security measures.
1. Specialized Ink: M-code is a patented algorithm that generates random texture patterns that can contain massive amounts of information within a square millimeter-level printing area with a minimum image unit of micron level.
2. Security Features: The M-Code can be sprayed on the dark area of the packaging pattern and completely hidden, which cannot be recognized by the naked eye. It needs to be detected using a matching recognizer. At the same time, the M-Code can be designed to match the product in any shape, such as the same shape as the logo.
3. Detection Methods: To reveal the hidden code, you typically need a specific device that can illuminate the printed material with the right wavelength to make the hidden information visible.
4. Anti-Counterfeiting: Hidden code printing is an effective way to deter counterfeiters because they may not be aware of the presence of hidden codes, and replicating them without the proper technology is extremely difficult.
5. Customization: Hidden codes can be customized for each item, making it challenging for counterfeiters to produce copies that match the genuine product.
6. Applications: The uniqueness of M-Code data and its combination with various technologies such as QR code enable unique ID card management in various stages of product production, warehousing, warehousing, circulation, and consumption.
The technology used for hidden code printing can vary depending on the specific requirements of the application. It may involve specialized inks, printing processes, and detection equipment.
It’s worth noting that advancements in technology have led to more sophisticated hidden code printing methods, making it increasingly difficult for counterfeiters to replicate or bypass these security measures.
